… Depth distribution of defect clusters through the foil thickness was measured by diffraction-contrast
electron tomography. Defect evolution under in situ ion irradiation in Mo thin foils was …

… subsystems and subsequent non-equilibrium defect evolution is a long-standing
challenge in … Here we show that defect evolution in SiC closely depends on the electronic-to-nuclear …

… The results in this study suggest that the defect evolution under heavy ion irradiation could
… and it may provide guidance on the smart design of alloys with desired irradiation response. …

… The alloys are irradiated with self-ions (1.5 MeV Ni ions) at room temperature, spanning
a … The defect evolution after irradiation is first characterized by using an ion channeling …

… nickel [11,12], copper [13,14] and stainless steel [15,16,17], and the denuded zone has
an important effect on the swelling behavior of materials during low energy ion irradiation [12]. …

… Implantation as well as RBS analysis using 1.4 MeV He ions were performed in our two-beam
irradiation chamber at 15 K without changing the temperature and the environment of the …

… Understanding defect evolution and structural transformations constitutes a … Kr ion irradiation
with transmission electron microscopy to monitor how defects and microstructures evolve in …

… ion irradiation. The synergistic effect of He and H irradiation in these alloys was confirmed by
… cavities and higher swelling under triple ion irradiation compared with dual ion irradiations. …

… ion fluence. It helps analyze the contributions of the amorphous and crystalline SiC phases
of different thicknesses on the evolution of the TO and LO phonon peaks after ion irradiation. …

… of microstructural evolution of the Hastelloy N alloy irradiated using He ions, Xe ions and
Xe + He ions. The nanoindentation was performed to evaluate the irradiation induced …